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History function of semi-artificial reconstructed neuronal network

机译:半人工重建神经网络的历史功能

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Connections of neurons were once abolished and reorganized complex networks on a culture dish under rather artificial condition. it observed that a transient characteristic period with high-frequency-burst activity (HFB) of spontaneous action potentials. After the termination of the HFB, we found the spatial distribution of number of spontaneous action potentials was drastically changed to heterogeneous one. We also found history function of this reestablished neuronal network. This reconstructed semi-artificial network performed history dependent response to inputs. That is to say, this historic property was undertaken by a network structure. These results suggest that neuronal network can maintain a kind of "memory"
机译:在相当人工的条件下,曾经取消了神经元的连接,并在培养皿上重组了复杂的网络。它观察到具有自发动作电位的高频爆发活动(HFB)的过渡特征周期。 HFB终止后,我们发现自发动作电位数的空间分布急剧变化为异质电位。我们还发现了这个重建的神经元网络的历史功能。这种重构的半人工网络对输入进行了历史依赖的响应。也就是说,这种历史性财产是由网络结构承担的。这些结果表明神经元网络可以维持一种“记忆”

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